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texts 3
Physics And Engineering 2
Dusty Plasma 1
Environment Simulation 1
Germany 1
Inductively Coupled Plasma Source 1
Man-Made Plasma 1
Natural Plasma 1
Plasma Simulator 1
Space Physics and Engineering Research (CASPER) at Baylor University 1
Texas 1
Universität Stuttgart 1
and its partner the Institute of Space Systems (IRS) 1
and prioritized set of scientific research objectives for a program of exploration of the Moon”. Within the eight scientific concepts and 35 scientific goals 1
plan to address the above through the characterization and validation of a flexible plasma facility IPG6-B [2] at Baylor University 1
the National Research Council (NRC) established the Committee on the Scientific Context for Exploration of the Moon. This committee prepared a report 1
the lunar plasma environment was identified as an area of research where significant gaps in our current understanding remain. Improving our understanding of the space plasma environment at the lunar surface and in lunar orbit is essential for appropriately preparing and providing subsequent support for robotic and human exploration. Properly defining such a dust and plasma environment requires both laboratory experiments and numerical modelling. The Center for Astrophysics 1
titled The Scientific Context for Exploration of the Moon [1] 1
to provide scientific input to NASA facilitating the planning of a “comprehensive 1
well-validated 1
which is a twin facility to the IPG6-S [3] facility in Stuttgart at IRS. IPG is short for Inductively heated Plasma Generator. The plasma source design is 1